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Oncology Vol 28 No 4_Suppl_1

Permanent prostate brachytherapy (PPB) is a well-established treatment for localized prostate cancer. The future of PPB relies upon the quality training of future residents; however, current training requirements are frequently inadequate. Our objective was to design and implement a unique training program that utilized a phantom-based simulator to teach the process of quality assurance (QA) and improve PPB education.

An unmet clinical need in breast cancer (BC) management is the identification of which patients will respond to radiation therapy (RT). We hypothesized that the integration of post-RT clonogenic survival data with gene expression data across a large spectrum of BC cell lines would generate a BC-specific RT sensitivity signature predictive for RT response in BC patients and allow identification of patients with tumors refractive to conventional therapy.